Oncology MRI for SIGNA

Enables HyperSense, HyperCube and HyperBand to further accelerate your MR exams

AIR x™ automatically detects patient anatomy and prescribes MRI slices delivering consistent and quantifiable results.

AIR™ Coils enable a simplified, faster workflow while maintaining excellent image quality

Fast 3D T1 sequence, quick scans, uniform fat suppression. LAVA FLEX: adds 2 pt Dixon with water/fat echoes in one breath hold for excellent imaging.

3D DCE MRI + Parallel Imaging + Temporal Acceleration for rapid scans. DISCO Flex: adds 2 pt Dixon, water/fat echoes and superb fat suppression.

With AIR™ Recon DL you can achieve both pin-sharp images with up to 60% improvement in image sharpness, and up to 50% reduction in scan time.

3D imaging with reformattable slices. Cube Flex adds 2 pt Dixon for water/fat echoes, single acquisition, excellent fat suppression

Multi-shot approach that preserves tissue contrast regardless of weighting while also reducing motion artifacts, providing a more signal rich image

PROMO (Prospective Motion Correction) is an option intended to correct for rigid and moderate motion for 3D imaging in the brain.

Uses a 2-point Dixon technique that provides homogenous fat separation with water, fat, in-phase and out-of phase images in a single scan.

Free-breathing 3D radial scans, single and multi-phase, motion-robust, ensure worry-free consistent image quality without navigators or bellows

Enhances MR diagnostic capabilities by providing biochemical information, allowing for a deeper understanding of tissue physiology and pathology

Delivers quantitative perfusion assessment without ionizing radiation or need for an IV line. Now available with flexible label durations.

Access advanced techniques for small FOV, distortion correction, synthetic DWI and Tensor Imaging with FOCUS, MUSE, PROGRES, eDWI, MAGIC DWI and DTI

Powerful post-processing tools for neuro and body applications enable multiparametric MR studies and longitudinal oncology scans.

Analyzes contrast images, yielding parametric maps with quantified gadolinium exchange rates (Ktrans, Kep, Ve, IAUGC, etc.)

Guided workflow for prostate assessment includes volume calculation, PSA density, lesion mapping, and measurement adhering to PI-RADS™ v2.1 guidelines

Optimized image display, post-processing algorithms, and measurement tools for a simplified workflow for reviewing and reporting MR breast exams

Creates synthetic CT images with organs-at-risk delineations from standard MR images. Reliably replaces conventional CT throughout the workflow

Designed for radiation therapy procedures to deliver much improved workflow and image quality for a comfortable patient experience